A2B4C_cP56_198_ab_2a2b_2a & a,x1,x2,x3,x4,x5,x6,y6,z6,x7,y7,z7,x8,y8,z8 --params=8.925,0.886,0.0105,0.7621,0.459,0.2113,0.1335,0.1211,0.8719,0.2699,0.4834,0.4706,0.271,0.1892,0.0313 & P2_{1}3 T^{4} #198 (a^5b^3) & cP56 & None & Cu2O4Se & Cu2O4Se & H. Effenberger and F. Pertlik, Monatshefte f{"u}r Chemie - Chemical Monthly 117, 887-896 (1986) 1.00000000000000 8.92500000000000 0.00000000000000 0.00000000000000 0.00000000000000 8.92500000000000 0.00000000000000 0.00000000000000 0.00000000000000 8.92500000000000 Cu O Se 16 32 8 Direct 0.88600000000000 0.88600000000000 0.88600000000000 Cu (4a) -0.38600000000000 -0.88600000000000 1.38600000000000 Cu (4a) -0.88600000000000 1.38600000000000 -0.38600000000000 Cu (4a) 1.38600000000000 -0.38600000000000 -0.88600000000000 Cu (4a) 0.13350000000000 0.12110000000000 0.87190000000000 Cu (12b) 0.36650000000000 -0.12110000000000 1.37190000000000 Cu (12b) -0.13350000000000 0.62110000000000 -0.37190000000000 Cu (12b) 0.63350000000000 0.37890000000000 -0.87190000000000 Cu (12b) 0.87190000000000 0.13350000000000 0.12110000000000 Cu (12b) 1.37190000000000 0.36650000000000 -0.12110000000000 Cu (12b) -0.37190000000000 -0.13350000000000 0.62110000000000 Cu (12b) -0.87190000000000 0.63350000000000 0.37890000000000 Cu (12b) 0.12110000000000 0.87190000000000 0.13350000000000 Cu (12b) -0.12110000000000 1.37190000000000 0.36650000000000 Cu (12b) 0.62110000000000 -0.37190000000000 -0.13350000000000 Cu (12b) 0.37890000000000 -0.87190000000000 0.63350000000000 Cu (12b) 0.01050000000000 0.01050000000000 0.01050000000000 O (4a) 0.48950000000000 -0.01050000000000 0.51050000000000 O (4a) -0.01050000000000 0.51050000000000 0.48950000000000 O (4a) 0.51050000000000 0.48950000000000 -0.01050000000000 O (4a) 0.76210000000000 0.76210000000000 0.76210000000000 O (4a) -0.26210000000000 -0.76210000000000 1.26210000000000 O (4a) -0.76210000000000 1.26210000000000 -0.26210000000000 O (4a) 1.26210000000000 -0.26210000000000 -0.76210000000000 O (4a) 0.26990000000000 0.48340000000000 0.47060000000000 O (12b) 0.23010000000000 -0.48340000000000 0.97060000000000 O (12b) -0.26990000000000 0.98340000000000 0.02940000000000 O (12b) 0.76990000000000 0.01660000000000 -0.47060000000000 O (12b) 0.47060000000000 0.26990000000000 0.48340000000000 O (12b) 0.97060000000000 0.23010000000000 -0.48340000000000 O (12b) 0.02940000000000 -0.26990000000000 0.98340000000000 O (12b) -0.47060000000000 0.76990000000000 0.01660000000000 O (12b) 0.48340000000000 0.47060000000000 0.26990000000000 O (12b) -0.48340000000000 0.97060000000000 0.23010000000000 O (12b) 0.98340000000000 0.02940000000000 -0.26990000000000 O (12b) 0.01660000000000 -0.47060000000000 0.76990000000000 O (12b) 0.27100000000000 0.18920000000000 0.03130000000000 O (12b) 0.22900000000000 -0.18920000000000 0.53130000000000 O (12b) -0.27100000000000 0.68920000000000 0.46870000000000 O (12b) 0.77100000000000 0.31080000000000 -0.03130000000000 O (12b) 0.03130000000000 0.27100000000000 0.18920000000000 O (12b) 0.53130000000000 0.22900000000000 -0.18920000000000 O (12b) 0.46870000000000 -0.27100000000000 0.68920000000000 O (12b) -0.03130000000000 0.77100000000000 0.31080000000000 O (12b) 0.18920000000000 0.03130000000000 0.27100000000000 O (12b) -0.18920000000000 0.53130000000000 0.22900000000000 O (12b) 0.68920000000000 0.46870000000000 -0.27100000000000 O (12b) 0.31080000000000 -0.03130000000000 0.77100000000000 O (12b) 0.45900000000000 0.45900000000000 0.45900000000000 Se (4a) 0.04100000000000 -0.45900000000000 0.95900000000000 Se (4a) -0.45900000000000 0.95900000000000 0.04100000000000 Se (4a) 0.95900000000000 0.04100000000000 -0.45900000000000 Se (4a) 0.21130000000000 0.21130000000000 0.21130000000000 Se (4a) 0.28870000000000 -0.21130000000000 0.71130000000000 Se (4a) -0.21130000000000 0.71130000000000 0.28870000000000 Se (4a) 0.71130000000000 0.28870000000000 -0.21130000000000 Se (4a)